Make-Up Data for Mr. Freeze

Make-up Data Make-up Data for Mr. Freeze

Complete the question packet for Mr. Freeze using the made-up data provided. (As a result of the made-up data, some of your results may be a bit weird.) Show your work – completing the make-up packet is about the process used rather than the final values.

Tunnel Length: 60 m Angle to bottom of train at point F: 32˚ (As measured from the end of the bridge.) Angle to point X: 10˚ Angle to point A: -7˚ Time to fall from F to X: 2.0 seconds Mr. Freeze data from the 3rd to last car in the train

Physics Day – Six Flags St. Louis Make-up Data - 1 Make-up Data Make-up Data for the Rush Street Flyer

Complete the question packet for the Rush Street Flyer using the made-up data provided. (As a result of the made-up data, some of your results may be a bit weird.) Show your work – completing the make-up packet is about the process used rather than the final values.

Use the online video at http://www.slapt.org/resources/sixflags/ to get the period of rotation.

Use the altitude graph to get the radius of the ride.

Make-up Data for the Highland Fling

Complete the question packet for the Highland Fling using the made-up data provided. (As a result of the made-up data, some of your results may be a bit weird.) Show your work – completing the make-up packet is about the process used rather than the final values.

Force Factor Readings: Horizontal, full speed, FF = 2.5 Vertical, Maximum Value, FF = 3.5 Vertical, Minimum Value, FF = 1.5

Circumference of ride = 50 m Period = 3.5 seconds

2 – Make-up Data Physics Day – Six Flags St. Louis Make-up Data Make-up Data for Superman

Complete the question packet for Superman using the made-up data provided. (As a result of the made-up data, some of your results may be a bit weird.) Show your work – completing the make-up packet is about the process used rather than the final values.

Watch the online video at http://www.slapt.org/resources/sixflags/

Use the following description to complete your graphs: The car starts at bottom at rest. It then quickly accelerates to a medium constant upward speed. After leaving the braking fins the upward speed becomes faster then continues at a constant speed. As the car approaches the top, it rapidly decelerates to a very slow constant upward speed. The car then stops at the top and pauses for a while. After a short time the car is dropped downward. Brakes decelerate the car to a slow, constant, downward speed and stop the car at the bottom.

Assume Maximum height is 220 feet. Assume the brake fins are 2/5 the height of the tower. Time falling before braking: 2.7 seconds Time to reach bottom after braking starts: 6 seconds

Physics Day – Six Flags St. Louis Make-up Data - 3